DEM Application

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Revision as of 06:37, 24 October 2014

WARNING: this page is not finished, we are writing it still...

The DEM Kratos Team

Theory

This application solve the the equations.... Mathematical approach to the problems.

Nothing numerical

Integration Schemes

The contact laws

Concept of indentation

Normal Force Laws

Tangential Force Laws

Damping Force Laws

(restit. coef)

Numerical approach (implementation in Kratos)

Structure of the code (Strategy, Scheme, Element, Node, Utilities, functions frequently used like FastGet,...)

List of elements

Spheric Particle

Spheric Continuum Particle

Spheric Swimming Particle

Benchmarks

Insert here all the benchmarks of the application.

For every benchmark insert a video or at list a photo (not only a link)

For every benchmark - brief description of the solved problem, if it is a benchmark that can be found in literature, insert the link to the reference or, at least a reference). - reference with a link the location in which you describe all the theory behind Numerical approach.

How to analyse using the current application

Pre-Process

GUI's & GiD

D-DEMPack

Discontinuum / non-cohesive

C-DEMPack

Continuum / Cohesive

F-DEMPack

Fluid coupling

Application Dependencies

The Swimming DEM Application depends on the DEM application

Other Kratos Applications used in current Application

FEM-DEM

Contact

Contact us for any question regarding this application:

maceli@cimne.upc.edu

gcasas@cimne.upc.edu

latorre@cimne.upc.edu

msantasusana@cimne.upc.edu

farrufat@cimne.upc.edu

Programming Documentation

You can access the calculation code through this site:

Link to trac

@@ Line 11: / Line 11: @@
 Nothing numerical
-Insert here all the references to your papers...
+=== Integration Schemes ===
+=== The contact laws ===
+Concept of indentation
-=== Numerical approach ===
+==== Normal Force Laws ====
-All numerical details here.
+==== Tangential Force Laws ====
-This is a part quite open, depending on the application we are considering.
+==== Damping Force Laws ====
-Every physical problem is solved defining many different ingredients.
+(restit. coef)
-Try to be quite schematic.
+=== Numerical approach (implementation in Kratos) ===
+Structure of the code (Strategy, Scheme, Element, Node, Utilities, functions frequently used like FastGet,...)
@@ Line 44: / Line 49: @@
 == How to analyse using the current application ==
-GiD is the pre and post processor.....
+=== Pre-Process ===
-link to the problem type and to the tutorial already inserted in the kratos-wiki
+GUI's & GiD
+==== D-DEMPack ====
+Discontinuum / non-cohesive
+==== C-DEMPack ====
+Continuum / Cohesive
+==== F-DEMPack ====
+Fluid coupling
 == Application Dependencies ==
@@ Line 53: / Line 71: @@
 === Other Kratos Applications used in current Application ===
-=== External libraries ===
+FEM-DEM
 == Contact ==
-For any additional information please contact with ....
+Contact us for any question regarding this application:
+[mailto:maceli@cimne.upc.edu maceli@cimne.upc.edu]
+[mailto:gcasas@cimne.upc.edu gcasas@cimne.upc.edu]
+[mailto:latorre@cimne.upc.edu latorre@cimne.upc.edu]
+[mailto:msantasusana@cimne.upc.edu msantasusana@cimne.upc.edu]
+[mailto:farrufat@cimne.upc.edu farrufat@cimne.upc.edu]
 == Programming Documentation ==
+You can access the calculation code through this site:
 Link to trac
 [[Category: Applications]]